2 10000 pies
Pwh 4000 psisg 0.6T promedio 70 530
F Ra b c
Pwh Pr Zwh01 4000.000 5.948 0.85582 4500.000 6.691 0.95063 4466.421 6.642 0.94824 4465.187 6.640 0.94815 4501.830 6.694 0.98986 4478.348 6.659 0.97977 4483.823 6.667 0.97958 4483.970 6.668 0.94959 4501.049 6.693 0.9507
10 4500.338 6.692 0.950611 4500.368 6.692 0.9506
Culler smithPrimero 0.11340Segundo Tms 145
605…………………… Pms 4500
Pr 6.691Tr 1.688Z 0.9506
0.1278Calculo Pms' 4466.421
Pr 6.642Tr 1.688Z 0.9482
0.1284……………………………..Pms'' 4465.1870
Pr 6.6397Tr 1.6876Z 0.9481
0.1285……………………………..Pms''' 4465.1870
H@
P@
I@wh
I@ms
I@ms
I@ms
Spesific gravity 0.60
Temperature 21.11
Pressure 4.000E+03 Psia
Method used (1, 2 or 3) 3
Compressebility factor, z 0.8558
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units) 354.897
TPc (SI units) 196.832
Pseudo critical pressure
PPc (oil field units) 674.37
PPc (SI units) 465.1E+4
Pseudo reduced properties
TPR 1.495
PPR 5.931434
Hall-Yarborought 0.669
a 0.036
0.01
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y) -204.2E-3
Derivated of f(y), df(y) 0.945
0.2259908565
Compressebility factor, z 0.9466
Iteration 2
f(y) -311.1E-4
Derivated of f(y), df(y) 1.156
oC
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
0.252907571
Compressebility factor, z 0.8459
Iteration 3
fy 435.4E-5
Derivated of f(y), df(y) 1.503
0.250
Compressebility factor, z 0.8557
Iteration 4
f(y) 651.7E-7
Derivated of f(y), df(y) 1.459
0.250
Compressebility factor, z 0.8558
Iteration 5f(y) 150.6E-10
Derivated of f(y), df(y) 1.458
0.250
Compressebility factor, z 0.8558
Spesific gravity 0.60
Temperature 104.44
Pressure 4.890E+03 Psia
Method used (1, 2 or 3) 3
Compressebility factor, z 0.9795
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units) 354.897
TPc (SI units) 196.832
Pseudo critical pressure
PPc (oil field units) 674.37
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Newton Rapson: Reduced-density parameter y4
oC
PPc (SI units) 465.1E+4
Pseudo reduced properties
TPR 1.918
PPR 7.251703
Hall-Yarborought 0.52128
a 0.02435
0.01
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y) -202.9E-3
Derivated of f(y), df(y) 0.959
221.7E-3
Compressebility factor, z 0.9594
Iteration 2
f(y) 733.1E-5
Derivated of f(y), df(y) 1.654
217.3E-3
Compressebility factor, z 1.2037
Iteration 3
fy 150.8E-6
Derivated of f(y), df(y) 1.071
0.217
Compressebility factor, z 0.9796
Iteration 4
f(y) -723.3E-7
Derivated of f(y), df(y) 1.070
0.217
Compressebility factor, z 0.9793
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Iteration 5f(y) 347.8E-7
Derivated of f(y), df(y) 1.071
0.217
Compressebility factor, z 0.9795
Newton Rapson: Reduced-density parameter y4
T 220 F
T 70 FPsc 672.5 psiTsc 358.5 R
d diferencia P diferencia Z
Pws
5125.961 -51265000.764 125 -0.09485003.557 -3 0.00245003.659 0 0.00014956.696 47 -0.04174967.647 -11 0.01014967.940 0 0.00035002.098 -34 0.03005000.676 1 -0.00125000.736 0 0.00015000.733 0 0.0000
Culler smithcon 4000 pwh 1ºF
R T 680Pws 5023.3353608751Pr 7.470Tr 1.897Z 0.9898
0.1340Pws' 4893.828529112Pr 7.277Tr 1.897Z 0.9797
0.1361Pws'' 4890.3539Pr 7.2719Tr 1.8968Z 0.9795
0.1362Pms''' 4890.2582
I@ws
I@ms
I@ms
Spesific gravity
294.26 K Temperature
Pressure
Method used (1, 2 or 3)
Compressebility factor, z
oR
K
psia
Pa
Spesific gravity
377.59 K Temperature
Pressure
Method used (1, 2 or 3)
Compressebility factor, z
oR
K
psia
Pa
680
530 Constante 0.01875Tr 1.478
g h
0123456789
1011
0.60
62.78 335.93 K
4.500E+03 Psia
3
0.9506
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units) 354.897 oR
TPc (SI units) 196.832 K
Pseudo critical pressure
PPc (oil field units) 674.37 psia
PPc (SI units) 465.1E+4 Pa
Pseudo reduced properties
TPR 1.707
PPR 6.672863
Hall-Yarborought 0.586
a 0.029
0.01
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y) -186.0E-3
Derivated of f(y), df(y) 0.959
204.0E-3
Compressebility factor, z 0.9595
Iteration 2
f(y) -271.9E-5
Derivated of f(y), df(y) 1.408
oC
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
205.9E-3
Compressebility factor, z 1.1687
Iteration 3
fy 229.2E-7
Derivated of f(y), df(y) 0.978
0.206
Compressebility factor, z 0.9506
Iteration 4
f(y) -106.2E-7
Derivated of f(y), df(y) 0.978
0.206
Compressebility factor, z 0.9506
Iteration 5f(y) 492.4E-8
Derivated of f(y), df(y) 0.978
0.206
Compressebility factor, 0.9506
0.60
21.11 294.26 K
4.484E+03 Psia
3
0.9495
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units) 354.897 oR
TPc (SI units) 196.832 K
Pseudo critical pressure
PPc (oil field units) 674.37 psia
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Newton Rapson: Reduced-density parameter y4
oC
PPc (SI units) 465.1E+4 Pa
Pseudo reduced properties
TPR 1.495
PPR 6.649093
Hall-Yarborought 0.66890
a 0.03607
0.01
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y) -185.3E-3
Derivated of f(y), df(y) 0.959
203.3E-3
Compressebility factor, z 0.9595
Iteration 2
f(y) -304.3E-5
Derivated of f(y), df(y) 1.399
205.4E-3
Compressebility factor, z 1.1672
Iteration 3
fy 287.9E-7
Derivated of f(y), df(y) 0.975
0.205
Compressebility factor, z 0.9495
Iteration 4
f(y) -133.2E-7
Derivated of f(y), df(y) 0.975
0.205
Compressebility factor, z 0.9494
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Iteration 5f(y) 616.4E-8
Derivated of f(y), df(y) 0.975
0.205
Compressebility factor, 0.9495
Newton Rapson: Reduced-density parameter y4
10000
Pwh 4000sg 0.6T promedio 145
Fa b
Pwh Pr01 4500.000 6.6912 0.000 0.0003 #DIV/0! #DIV/0!4 #DIV/0! #DIV/0!5 #DIV/0! #DIV/0!6 #DIV/0! #DIV/0!7 #DIV/0! #DIV/0!8 #DIV/0! #DIV/0!9 #DIV/0! #DIV/0!
10 #DIV/0! #DIV/0!11 #DIV/0! #DIV/0!
10000
Pwh 4000sg 0.6T promedio 220
Fa b
Pwh Pr01 5023.335 7.4702 4893.829 7.2773 4890.354 7.2724 4483.970 6.6685 #DIV/0! #DIV/0!6 #DIV/0! #DIV/0!7 #DIV/0! #DIV/0!8 #DIV/0! #DIV/0!9 #DIV/0! #DIV/0!
10 #DIV/0! #DIV/0!11 #DIV/0! #DIV/0!
H@
P@
H@
P@
Spesific gravity 0.60
Temperature 62.78 335.93
Pressure 4.466E+03 Psia
Method used (1, 2 or 3) 3
Compressebility factor, z 0.9482
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units) 354.897 oR
TPc (SI units) 196.832 K
Pseudo critical pressure
PPc (oil field units) 674.37 psia
PPc (SI units) 465.1E+4 Pa
Pseudo reduced properties
TPR 1.707
PPR 6.623070
Hall-Yarborought 0.58594
a 0.02933
0.01
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y) -184.5E-3
Derivated of f(y), df(y) 0.959
202.5E-3
Compressebility factor, z 0.9595
Iteration 2
f(y) -339.1E-5
Derivated of f(y), df(y) 1.390
oC
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
204.9E-3
Compressebility factor, z 1.1657
Iteration 3
fy 358.6E-7
Derivated of f(y), df(y) 0.971
0.205
Compressebility factor, z 0.9483
Iteration 4
f(y) -165.5E-7
Derivated of f(y), df(y) 0.971
0.205
Compressebility factor, z 0.9482
Iteration 5f(y) 764.5E-8
Derivated of f(y), df(y) 0.971
0.205
Compressebility factor, z 0.9482
Spesific gravity 0.60
Temperature 21.11 294.26
Pressure 4.501E+03 Psia
Method used (1, 2 or 3) 3
Compressebility factor, z 0.9507
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units) 354.897 oR
TPc (SI units) 196.832 K
Pseudo critical pressure
PPc (oil field units) 674.37 psia
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Newton Rapson: Reduced-density parameter y4
oC
PPc (SI units) 465.1E+4 Pa
Pseudo reduced properties
TPR 1.495
PPR 6.674419
Hall-Yarborought 0.66890
a 0.03607
0.01
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y) -186.0E-3
Derivated of f(y), df(y) 0.959
204.1E-3
Compressebility factor, z 0.9595
Iteration 2
f(y) -269.8E-5
Derivated of f(y), df(y) 1.409
206.0E-3
Compressebility factor, z 1.1688
Iteration 3
fy 225.5E-7
Derivated of f(y), df(y) 0.979
0.206
Compressebility factor, z 0.9507
Iteration 4
f(y) -104.5E-7
Derivated of f(y), df(y) 0.979
0.206
Compressebility factor, z 0.9506
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Iteration 5f(y) 484.7E-8
Derivated of f(y), df(y) 0.979
0.206
Compressebility factor, z 0.9507
Newton Rapson: Reduced-density parameter y4
pies T 220
psi T 70Psc 672.5
605 Tsc 358.5R
c d diferencia P
Zwh Pws
#NAME? #NAME? #NAME?0.0000 #DIV/0! #NAME?0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!
pies T 220
psi T 70Psc 672.5
680 Tsc 358.5R
c d diferencia P
Zwh Pws
0.9898 4826.663 -48270.9797 4967.647 -1410.9795 4967.940 00.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!0.0000 #DIV/0! #DIV/0!
Spesific gravity 0.60
K Temperature 62.78
Pressure 4.465E+03
Method used (1, 2 or 3) 3
Compressebility factor, z 0.9481
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units)
TPc (SI units)
Pseudo critical pressure
PPc (oil field units)
PPc (SI units)
Pseudo reduced properties
TPR
PPR
Hall-Yarborought
a
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Iteration 2
f(y)
Derivated of f(y), df(y)
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
Compressebility factor, z
Iteration 3
fy
Derivated of f(y), df(y)
Compressebility factor, z
Iteration 4
f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Iteration 5f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Spesific gravity 0.60
K Temperature 21.11
Pressure 4.500E+03
Method used (1, 2 or 3) 3
Compressebility factor, z 0.9506
Method 3 (Standing's correlation)
Pseudo critical temperature
TPc (oil field units)
TPc (SI units)
Pseudo critical pressure
PPc (oil field units)
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Newton Rapson: Reduced-density parameter y4
PPc (SI units)
Pseudo reduced properties
TPR
PPR
Hall-Yarborought
a
Continue until f(y) < 1x10^(-5)
Iteration 1
f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Iteration 2
f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Iteration 3
fy
Derivated of f(y), df(y)
Compressebility factor, z
Iteration 4
f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Iteration 5f(y)
Derivated of f(y), df(y)
Compressebility factor, z
Newton Rapson: Reduced-density parameter y4
F 680
F 530psi Constante 0.01875R Tr 1.688
diferencia Z g h
01
#NAME? 20.0000 30.0000 40.0000 50.0000 60.0000 70.0000 80.0000 90.0000 100.0000 11
F 680
F 530psi Constante 0.01875R Tr 1.897
diferencia Z g h
01
0.0101 20.0003 30.9795 40.0000 50.0000 60.0000 70.0000 80.0000 90.0000 100.0000 11
Spesific gravity 0.60
335.93 K Temperature 104.44
Psia Pressure 5.023E+03
Method used (1, 3
Compressebility 0.9898
Method 3 (Standing's correlation) Method 3 (Standing's correlation)
Pseudo critical temperature Pseudo critical temperature
354.897 oR TPc (oil field unit
196.832 K TPc (SI units)
Pseudo critical pressure
674.37 psia PPc (oil field unit
465.1E+4 Pa PPc (SI units)
Pseudo reduced properties
1.707 TPR
6.621240 PPR
Hall-Yarborough0.58594 t
0.02933 a
0.01
Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)
Iteration 1
-184.4E-3 f(y)
0.959 Derivated of f(y),
202.4E-3
0.9595 Compressebility f
Iteration 2
-341.5E-5 f(y)
1.389 Derivated of f(y),
oC
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
204.9E-3
1.1656 Compressebility f
Iteration 3
363.8E-7 fy
0.971 Derivated of f(y),
0.205
0.9482 Compressebility f
Iteration 4
-167.9E-7 f(y)
0.970 Derivated of f(y),
0.205
0.9481 Compressebility f
Iteration 5775.4E-8 f(y)
0.971 Derivated of f(y),
0.205
0.9481 Compressebility
Spesific gravity 0.60
294.26 K Temperature 21.11
Psia Pressure 4.500E+03
Method used (1, 3
Compressebility 0.9506
Method 3 (Standing's correlation) Method 3 (Standing's correlation)
Pseudo critical temperature Pseudo critical temperature
354.897 oR TPc (oil field unit
196.832 K TPc (SI units)
Pseudo critical pressure
674.37 psia PPc (oil field unit
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Newton Rapson: Reduced-density parameter y4
oC
465.1E+4 Pa PPc (SI units)
Pseudo reduced properties
1.495 TPR
6.673365 PPR
Hall-Yarborough0.66890 t
0.03607 a
0.01
Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)
Iteration 1
-186.0E-3 f(y)
0.959 Derivated of f(y),
204.0E-3
0.9595 Compressebility f
Iteration 2
-271.2E-5 f(y)
1.408 Derivated of f(y),
205.9E-3
1.1687 Compressebility f
Iteration 3
228.0E-7 fy
0.979 Derivated of f(y),
0.206
0.9506 Compressebility f
Iteration 4
-105.7E-7 f(y)
0.978 Derivated of f(y),
0.206
0.9506 Compressebility f
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Iteration 5489.9E-8 f(y)
0.978 Derivated of f(y),
0.206
0.9506 Compressebility
Newton Rapson: Reduced-density parameter y4
Spesific gravity 0.60
377.59 K Temperature 104.44
Psia Pressure 4.894E+03 Psia
Method used (1, 3
Compressebility 0.9797
Method 3 (Standing's correlation) Method 3 (Standing's correlation)
Pseudo critical temperature Pseudo critical temperature
354.897 oR TPc (oil field unit 354.897
196.832 K TPc (SI units) 196.832
Pseudo critical pressure Pseudo critical pressure
674.37 psia PPc (oil field unit 674.37
465.1E+4 Pa PPc (SI units) 465.1E+4
Pseudo reduced properties Pseudo reduced properties
1.918 TPR 1.918
7.448895 PPR 7.256855
Hall-Yarborough Hall-Yarborough0.52128 t 0.52128
0.02435 a 0.02435
0.01 0.01
Continue until f(y) < 1x10^(-5) Continue until f(y) < 1x10^(-5)
Iteration 1
-208.7E-3 f(y) -203.1E-3
0.959 Derivated of f(y), 0.959
227.8E-3 221.9E-3
0.9594 Compressebility f 0.9594
Iteration 2
118.2E-4 f(y) 744.1E-5
1.752 Derivated of f(y), 1.656
oC oC
Reduced-density parameter, y0
Newton Rapson: Reduced- density parameter, y1
221.0E-3 217.4E-3
1.2156 Compressebility f 1.2040
Iteration 3
375.6E-6 fy 155.2E-6
1.106 Derivated of f(y), 1.072
0.221 0.217
0.9902 Compressebility f 0.9799
Iteration 4
-181.3E-6 f(y) -744.5E-7
1.103 Derivated of f(y), 1.071
0.221 0.217
0.9895 Compressebility f 0.9796
Iteration 5881.2E-7 f(y) 358.1E-7
1.104 Derivated of f(y), 1.072
0.221 0.217
0.9898 Compressebility 0.9797
294.26 K
Psia
Method 3 (Standing's correlation)
Pseudo critical temperature
354.897 oR
196.832 K
Pseudo critical pressure
674.37 psia
Newton Rapson: Reduced-density parameter y2
Newton Rapson: Reduced-desity parameter y3
Newton Rapson: Reduced-density parameter y4
Newton Rapson: Reduced-density parameter y4
oC
465.1E+4 Pa
Pseudo reduced properties
1.495
6.673408
Hall-Yarborough0.66890
0.03607
0.01
Continue until f(y) < 1x10^(-5)
-186.0E-3
0.959
204.0E-3
0.9595
-271.2E-5
1.408
205.9E-3
1.1687
227.9E-7
0.979
0.206
0.9506
-105.6E-7
0.978
0.206
0.9506
489.7E-8
0.978
0.206
0.9506
377.59 K
oR
K
psia
Pa